Computing device.



C. W. RIPSCH.

COMPUTING DEViCE.

APPUcAnoN-HLED11111513, 191.1.

5 SHEETS-51151311I Cha/M0@ WRQMOh;

C. W. RIPSCH.

COMPUTING DEVICE.

APPLICATION rx1.n1uNE13,19|4.

Patented Mny16, 1916.

maw-71A.

- lunch/tofs U12/ar es W, Repsol@ wia/Wem@ www5 c. vv. mPSCH.

COMPUTING DEVICE. APPLICATIGN FILED JUNE la, 1914` 1.,1 83,671. Patented May 16, 1915.

5 SHEETS-SHEET 3.

C. W. RIPSCH.

COMPUTING DEVICE.

APPLICATION mio lum: 13, 1914.

Pato-med May 1G, 1916.

5 SHEETSMSHL'EI 4.

.C. W. RPSCH.

v COMPUUNG DEVICE.

APPLICATION man iuNE x3. 191.4.

msn

5 SHEETSW-SHEEI' wi/buenas vthe next days business.

- STATES PATENT UFFICE.

'.CHARLES'WM. RIPSCH, 0F DAYTON, GHIO, ASSXGNOR, BY MESNE .PLSSIGrNMfetif'l?E,` T0

MAURICE FLATOW, 0F CINCINNATT i OHIQ.v

OHIG, .AND JOSEPH BRINKMANN, OF READING,

COMPUTING DEVICE.

Specification of Letters Patent.

Patented May 16, 1916.

l u To all whom zt may concern,

Be it known that l, CHARLES WT. hlirson, a citizen of the United States, residing at Dayton7 inthe county of Montgomery and Y State of Ohio7 have invented certain new and useful Improvements-in Computing Devices7 of which the following is a specification, reference being had therein to the accompanying drawing.

This invention relates to computing devices. The present device is designed more particularly for use in connection with a mechanism forming part of a credit system in which checks of the denon'iination, size and shape of the several coins are sold to customers and are then received in lieu of money.- It will bey understood, however, that the use of the device is not limited to such a system and that itI is equally operable with the coins themselves. This mechanism comprises a series of coin receptacles, one for each ldenomimition of coin.y and the coins are deposited in the receptacles when they are received and withdrawn for the purpose of making change or otherwise. rl`he number of coins deposited in the several receptacles duringr a given period. such as a day'7 and remaining therein at the end of that period, indicate the amount of business done, during such period. inasmuch as the coins or checks are not removed from the receptacles at the end of a days business there will usually be a nulnber of coins in one. or more of the. receptacles at the beginning of Consequently, a. count of the coins in the receptacle. at the ond of the period will not indicate the actual business done.

The object ofthe invention is to provide a meclninism which will accurately compute the value of the coins received and retained during a given period. adding to the count the value of each coin deposited therein and subtracting therefrom the ,value of each coin removed. ln the use of the mechanism the counters are all reset to '/:ero at the end of each days business and the coins'or checks allowed to remain in the receptacles. lt not infrequently happens therefore that on the following day it will be necessary to withdraw from the receptacle a greater number of coins than have been registered on the counter for that receptacle.

lt is a further objectof the invention to provide means forming a part of the computing mechanism which will compute the snbtractions below zero and will indicate that the registration is below zero or is a minus registration.

lt is also an object of the invention to pro-- vide means for resetting the n'iechanism to zero; and further to provide a device of this kind which will be of a simple character and can be built at a cost suiiicient-ly low to enable a series of them to vbe embodied in the complete mechanism at a cost which will not be prohibitive.

ln the accompanying drawings7 Figure l is a front elevation of a mechanism having a series of computing devices embodying my invention; Fig. 2 is a horizontal section shoving such a mechanism in plan; nig. 3 is a vertical, sectional view of such a` mechanism, showing in elevationonc of the units comprising the same; Fig. el is a side elevation ofone of the counters showing the actuating devices therefor; Fig. 5 is a sectional view taken on the line 6 6 of Fig. G and lookn ing in the direction of the arrows; Fig. 6 is a front elevation of the counter; Fig. 7 is a longitudinal, sectional view taken vertically of the counter shown in Fig. 6; F igs. S and 9 are sectional views taken on the line l l of Fig. G, looking in the direction of the arrows and showingr the parts in different positions; Fig. l0 is a detail sectional view of the counting mechanism showing a modiiie'd form of resetting device; Fig. 1l is a, longitudinal sectional view 4of a counter showing a nioditied form oi" resetting de vice: Fig. 12 is a longitudinal sectional view ofthe counter showing said modified form of resetting device; and Fig. 13 is a detail of the stop for the resetting shaft. c

In these drawings l have illustrated one embodiment. of my invention and have shown the same as embodied in a registering mechanism consisting of a cabinet 1 in which are mounted a series of units7 one for each coin to be handled` and each unit embodying my invention. lt is, therefore, only necessary to an understanding of the invention that one of.' these units should be described in detail.

As shown best in Fig. 3, each unitV comprises a coin receptacle 2 which is here shown in the form of a vertical tube of a diameter adapted to .accommodate the coins of the particular denomination which the particular unit is to handle and to. arrange those coins in a, vertical tier. The particular unit which is here shownand descrlbed I in oetail designed to handle ten cent coms and ii will be understood that the units which handle coins of othe:` denonnnations are niodiiied only to such an extent as to cause` them to compute the diii'erent values upon each operation thereof.` The tubular coin rtufeptacle is provided at its upper end with a closure havinga slot, as shown at il. through which the coin. is de- .posiled in the receptacle. The. receptacle 'is provided at ils lower end with a lateral openingv at one side. thereof, as shown at l, and the bottom is slotted vat to receive the edge ol a plunger G which is slidably mounted in the casing 1 and provided at its outer end with a head or push button 7. When the plunger pushed inward its edge will engage the lowermost coin in the receptacle and will force this coin through the openingl, tl'iereby allowing it to drop onto a chute S which conveys the same to a tray 9 on 'the exterior of the casing where it is readily accessible.

Registering' mechanism is provided for computing the value of the coins in the receptacle or the value of such part of those coins as have been placed in the receptacle during a given period of time, as during` a single da 1rWhen the device is used in the mamierabove explained the computation may not be the value of all the coins in the .receptacle but only the computation 'of the transactions for the day and` thetotal conn punitions of the sei/'eral units represent the total of the days business. The actuating means for the computing` device are positively controlled by the coms themselves as they are deposited in or Withdrawn from the receptacle, thus making; it impossible to effect a .t'alsev computation.

In that particular form ol the device'here illustrated I have 'shown the counter as comprising;r two counter wheels which are rotatably mounted on a supporting shaft 10. One ot these counter wheels, whichis indicated at is a teus counter wheel, the units counter wheel beingr omitted because'this 'levice is adapted for dimes and registers in tens; only and each operation of the initial c-:nmter wheel adds or subtracts ten to or ,un the record. A second counter n heel, which. is indicated 12, is the hundreds or dollars wheel and moved one point, either add or subtract, when the tens wheel 11 has been moved ten points in either direc tion. ln `the present instance the counter wheels are 'twenty pointwheel's, that is, they are provided on their peripheries with twenty nun'ierals and for that reason the tens wheel 11 has duplicate sets of numerals. each set including the numerals 0 to 90 in multiples of ten. The dollar wheel 12 Contains the .numerals 0 to 17 and two ydop; to operatively engage its star wheel vone point.

Le l 1,183,671

blank spaces to provide for subtraction, as will be hereinafter explained.

Secured to the t wo counter wheels are star wheels 13 and 1l by means of which step by step rotary movement is imparted thereto. An actuatingdevice is provided for engagingl the star wheels and imparting movement thereto and this device is controlled by the coins which are passed 4through the slot 3 in the coin receptacle Q.

I actuating device employed. As here shown this device comprises a pawl or dog 15 pivotally mounted on an arm 16 carried by a shaft 17 and adapted to have rocking movement toward and away from the star wheel 13. lVhen moved toward the star wheel the nose of the dog will engage a tooth of the star wheel and cause same to be advanced a distance sullicient to move thc counter wheel 1 one point. The dog is provided with a second projection or nose 1S which, as the dog ad 'ances the star wheel is moved into the path of the succeeding;r tooth of the star wheel and serves to positively limit the movement of the counter wheel and prevent its overthrow The pivotal movement of the dog permits the 'same to ride over the succeeding tooth of? the star wheel after the latter has been advanced, and to return it to its normal position without imparting baclv'ward movement to the star wheel. A sprint,T 1.9 holds the dog normally in its operative position. An arm 20 is rigidly secured to the. arm 1G and projects beneath the shaft 17 where it is acted upon by ay spring 2l to hold the arm 16 normally in itsfretracted position. A second arm 22 is also connected with the arm 1G and has an end portion or nose 23 projecting into the receptacle 2 adjacent to the slot 3. The arrangement of this nose such that when a coin ofthe proper denomination, in the present instance, a dime, is inserted in the receptacle, the arm 2Q will necessarily be actuated, thus causing the arm 1G to be rocked about its axis and the thereby advancingy the tens counter wheel In order to advance. the hundreds counter wheel 12, to add thereto the accumulated count on the tens counter wheel, l have providefL a second dog 24 which is pivotally mounted on the arm 16 on an axis coincident with the axis ot' the dop- 15 and is hold normally outvof the path lli ot the teeth of the star wheel 14 so that the i normal operation of the arm 1li-does not brineY the dog' 2l into engagement with its star wheel. livotally mounted on the arm 1G adjacent to the dog' 1.5 is a trip 'arm 25 inward alongside the star wheel 13 upon iso each operation of the dog 15. The arm 25 also has a depending finger QT connected with the spring- 19, which spring serves to hold the arm 25 in its forward position but permits the same to `vield. Mounted upon the star wheel 13 are two stops or pins Q8 so arranged that when one of the. "nine" indications on the tens counter wheel is brought into indicating position, that is,

into alinement with the sight opening,-

which is shown at 29 in Fig. 1, one of the pins 28 will lie in the path of the finger 2G of the trip arm 25. Consequently', when thc arm 1G and dog are moved inward the finger 26 will engage the pin, rock the arm 25 and the dog` .24 about their axes-and move the latter into such a position that the further movement of the arm 1G will ause it to engage the adjacent tooth of the star wheelli and advance that stai' wheel one ,l point. thu; adding one unit to the hundreds Counter wheel. rhe pins QS are ver)7 thin and, consequently, when the tens counter is' moved into its 90" position and the pin strikes the top of the finger, the finger will check the movement of the star wheel before this movement is quite completed. But. upon the withdrawal of the finger the spring 'actuated detent and alining pawl, which is shown at 30, will complete the .movement of the star wheel and counter wheel. Thus` it will be seen that the value of each coin deposited in the receptacle will be added to the counter.

ln order to subtract from the` amount registered on the counter the value of each coin removed suitable devices are providedwhich are actuated by the coin that is being withdrawn from the receptacle to impart a backward movement to the counter. In the Ipresent instance I have duplicated the actuating devices, just described, in the .rear of the counter where they are so arranged that their operation will cause the stai' wheels and counter wheels, when actuated thereby, to move in a reverse direction. ating device' for subtraction arc shown aS a whole at Z'il'and are .arricd bv an arm 32 mounted np'o'n'a shaft 33 and having connected therewith an arm lt which is loosely connected with a second arm 35 carried by a shaft 30 and having,r connected therewith an arm 3T, the lower end of which slotted, as shown at 3S, to receive the end of an arm 3S) pivotall)7 mounted on a vertical axis, as best shown in Fig. 2. This last mentioned arm has connected therewith a finger 40 which extends into the discharge opening -t of the receptacle and will be engaged and actuated by anv'eoin of the proper size which passes through that opening, thereby acting througl'i the trainof arms er levers to imcoin These aetupart rocking movement. to the actuating mechanism 3l to subtract the 'alue of the om the amount registered on the counter.

Vlt is desirable that sonic means should be provided to indicate when an amount has been subtracted from the counter greater than Athe amount which has been registered. if no special mechanism were provided to take care of this, as soon as the counter wheels had passed the Zero positions on the reverse movement they would indicate a high number which would be misleading as it would not indicate the amount registered. have, therefore, provided a supplemental `counter wheel which l have. arranged adjacent to the tens counter wheel 11, and on which thc numerals ma)Y be colored or otherwisc changed to distinguish them from the numerals on the main counter. This counter wheel is so arranged that the numeral bearing portion thereof extends over the numeral bearing portion of the tens counter wheel and is provided with an opening` which when the supplemental counter wheel is in its :cero or idle position, will be arranged adjacent to the sight opening 29 and will expose the adjacent numeral on the tens counter wheel. ln the present type of dcvice, in which the numerals are on the periphcries of the wheels, thel supplemental wheel is in the forni of a disk, as shown at l1, and is provided with a laterally' extending flange Je? forming the numeral bearing portion thereotl and extending across the peripl er)T of the tens counter wheel 1l. This flange. ias that portion which would ordinarilv b ar one of the '/.ero marlv's cut away, as indicated at ifi, to expose the adjacent portion of the tens counter wheel. 'lhe supplemental counter wheel l1 is looselymounted on the shaft 10 and is normall)Y held againstI movement h v a swing-actuated detcnt and alining pawl ll, the \/shaped nose of which enters a. V-shaped notch l5 in a disk lo. which disk is rigidly secured to and forms a part of the supplemental counter wheel. ltotatablv mounted on the shaft 1() :'ilongsideoif the supplemental counter wheel is a disli or rotarv supporting member t7 rigidly connected with the tens counter 'il b v means of a sleeve t9. livotallv mounted on the inner side of this disk is a dog 49 having on one side thereof a pin 5() adapted to entera notch 5l in the dislt Jrl carried lb v the supplemental counter and thus connect the tens counter wheel with the sumilemental counter wheel so that movement imparted to the former will be transmitted to the latter and the two will be caused to rotate in unison. :i spring 52 holds the dog normally in its retracted position with the pin out of the notch and prevents the connection ofthe two counter wheels. Means are provided controlled bythe position ofthe dollars coundog @t9 into the notch in the Asupplemental counter wheel, thus establishing the connection and causing the two counter wheels to rotate in unison. As here shown the-dog has a nose 53 and pivotally mounted adjacent to the disk 47 is a finger which is normally held away from the diskby means of a spring 55 but is adapted to be moved into the path of the nose 53 of the dog and to engage this nose and force the dog .inward to cause the pin to enter the notch. imparted to the finger 5% by an arm 56 rigidly connected therewith .and having an inclined portion 57 arranged to be engaged by a pin 58, carried by the star wheel 14 of the dollars counter wheel, and rocked about its axis to move the arm 54 into the path of the nose on the dog 49. y'When the dog has been moved into its operative position a springpressed pawl 59 engages the end of the dog and retains the same` in its operative posi tion. If the counters continue-to move in a reverse direction the dollars counter wheel will be actuated and the pin moved away from the arm 13G-before the dog again reaches the finger 5l. AOn the other hand, if the counters are moved in a forward direction to carry them back to zero the linger 54 will engage thep'awl 59 and will move the same outward against the pressure of its spring and thus disengage it from the dogr and permit the latter to move into an inoperative position to again disconne't the two counter wheels and allow the supplemental counter wheel to remain idle while the tens counter wheel continues its movement. IThus it will be noted that the dog 49, disk 4G and their coperating devices constitute actuating means for the supplement counter wheel, which actuating means are normally disconnected and inoperative but may be operatively connected by the action of the linger 5l, which, in turn, is actuated by the dollars counter wheel through the medium of the arm 5G.

'The shaft 10, upon which the counters are mounted, preferably extends the full length of the registering mechanism and carries the counters for the several registering unit-s ainlconstitutes a resetting shaft. rlhis shaft is provided with a longitudinal notch (i0 e'xlending lengthwise thereof and mounted upon each counter, ln'eferablyl upon the star wheel forming a part of that counter, and also upon the disklT, is a springpressed dog (31 so arranged that when the counters are operated in a normal direc- .tion the end of the dog will ride over the surface of the shaft. 'Y Mounted at one side of the shaft l0 are a series of cams the notch o() will pick up the several dogs' and will rol ate the several counter wheels to This movement is bring them back to their zero position, at which position the movement of the shaft is cheeked by a spring-pressed dog G3 mounted near one end of the shaft. IV hen the counter wheels are rotated in a reverse direction the outer ends of the dogs are caused to engage the inner ends of the corresponding cams G2 and move the dogs outward to permit them to clear the notch in the shaft, thus preventing the notch from locking the counter wheels against rearward movement.

In Figs. l0, 11 and 12 I have illustrated a modified form of resetting mechanism. In this form of device the shaft l0 is provided with a longitudinal groove G5 and with a series ofcircumferential grooves (36, there being one of these circumferential grooves adjacent to each of the counter wheels. Mounted upon each counter wheel is a pawl 67, the nose of which extends into the adj acent circumferential. groove 6G. Mounted in the longitudinal groove G5 is a slidablc key 68 having transverse notches (if) corresponding to the circumferential grooves in the shaft. Normally 4these notches are in alinement with the grooves and the counters may rotate in either direction uninterruptedly. lVhen it is desired to reset the counters to zero lengthwise movement is imparted to the key 68 to move the notches out of alinement with the circumferential grooves in the shaft, thus causing the key to `form an abutment in each groove which will engage the pawl when rotary movement is imparted to the lshaft and rotate the counter wheels to their Zero positions, the movement of the shaft being checked at that pointin the same manner as before. In case acounter wheel should be in such a position that the end of the pawl would lie across the key, when it is desired to impart lengthwise movement thereto, I have cut. away or beveled one edge of the notch in the shaft so that it will engage beneath the pawl and lift the same, thus permitting the longitudinal movement of the key without interfering with the position of the counter wheel.

AThe operation of the mechanism has been described in connection with the description of the several parts thereof and I wish it to be umlerstood'that while I have shown and described one embodiment of my invention this has been chosen for the purpose of illustration onl v and that I do not desire vto be limited to the details of construction shown and described, 'for obvious modilications will occur to a person skilled in the art.

I-'laving thus fullydcscribed my invention, what I claim as new and desire. to so cure by Letters Patent, iszv1. In a computing device, a casing having a sight opening, a counter wheel visible through said sight opening, means to move said counter wheel in either direction to add to or Subtract from the amount registered thereon, and means cooperating with said counter wheel to indicate when the registra.- tion is less than zero, all of said registrations being visible through said sight opening.

2.. ln a computing device, a casing having a sight opening, a counteiivheel. means to iiiove said counter Wheel in either direction. to add to or subtract from the amount registered tliei'eoii,and a supplemental counter ivheel to indicate the amount registered when this is less than Zero, said sight opening serving to expose both said counter wheel and said supplemental counter wheel. In a computing device, a counter wheel, inea-ns to iiiove said counter wheel in either direction to add to or subtract Afrom the.

amount registered thereon, a supplemental counter wheel having its 4numeral bearing 2o surface arranged in front of the numeral bearing surface of the firstlinentioned counter Wheel and having a portion ot said surface cut away to expose the adjacent numeral on the iirst-mentioned counter Wheel, and means to move said supplemental counter wheel'wlien the count is below zero.

Ll. ii a computing device, a counter Wheel, means to move said counter Wheel in either direction, to add to'or subtract from the amount registered theron, a supplemental counter wheel arranged adjacent to the first-men tioned counter. `Wheel and having a peripheral flange, extending across the periphery of said first-mentioned counter wheel, said flange being Aor" a circumferential length less than the circumference of said supple mental counter wheel, and means to cause said counter Wheels to move in unison or to cause one of Said counter Wheels to move1 independently of the-other.

5. In a computing device, a counter Wheel,

controlled by said first-mentioned counter wheel to establish a connection between the tivo counter wheels when the registration on the first-mentioned counter wheel is less than zero.

T. ln a computing device, a counter Wheel, means to move said counter ivheel in either direction, to add to or subtract 'from the amount registered thereon, a supplemental counter Wheel arranged adjacent to the first-mentioned counter wheel and having a peripheral flange eXtendiiig across theperiphery ot' said first-mentioned counter wheel, said flange being clica, circumferential length less than the circumference ot said supplemental counter wheel, a connecting device connected to and rotating with said first-mentioned counter Wheel and adapted to operatively connect the same with said supplemental counter Wheel, andmeans to automatically actuate said connecting device to establish said connection or interrupt the same.

8. In a computing device, a counter wheel, means to move said counter Wheel in either direction, to add to or subtract from the amount registered thereon, a supplemental counter wheel arranged adjacent to the rstmentioned count-er Wheel and having a peripheral flange extending across the periphery of said first-mentioned counter Wheel, said flange being of circumferential length less than the circumference of said A supplemental counter rivheel, a disk rotatably moiintedadjacent to Asaid suppleiiienice tal counter Wheel and connected to and rotatable with the flrst-mentioned counter Wheel,

a connecting device carried by said disk and adapted to be moved into and out of operavtive relation to said supplemental counter AWheel, and automatic means to move said means to move said counter wheel in either connecting device into and out of its operative position.

9. En a computing device, a counter coniprising a cents counter Wheel and a dollars 11o i counter Wheel, means to actuate said counter Wheels v1n both directions, to add to or subtract from the amount registered thereon,

ai supplemental counter Wheel comprising a p ripheral Vflange extending across the .periphery of the cents counter Wheel, said `flange being of less length than the circumamount registered thereon, a supplementalcounter Wheel 'arranged adjacent to the 60 first-mentioned counter wheel and having a peripheral flange extending across the peripheryci said first-mentioned counter Wheel,` said flange being of a circumferential length less than the circumference of 55' said supplementalcounter Wheel, and means ference of said supplemental counter wheel,

" a'connecting device connected to said cents pounter Wheel, means to actuate said counter Wheels in Iboth directions, to add to or subtract from the amount registered thereon,

a supplemental counter wheel comprising a peripheral flange, extending across the pe'riphein7 ot' the cents counter wheel, said flange being` ot less length than the circumference ot' said supplen'iental.counter wheel, a connecting` device connected to said cents counter wheel` rotatable therewithand movable into and out ot operative. relation to said supj'ilemental counter wheel. a trip device mounted adjacent to said connecting device and adapted to he moved into and out ol the path then-rot. and means controlled hy the position ol'ssaid dollars counter wheel` to move said trip device `trom one position to another.

l1. ln a computing device, a counter comprising a cents counter wheel and a dollars counter wheel. m'eans to artuate said counter wheels in both directions, to add to or suhtract Ytrom the amount registered thereon, a supplemental eountcriwheel comprising a peripheral flange extending: across the periphery ot the cents counter wheel. said tlangc liciimy o'lf less length than the circumiereuce ot' said'supplemental counter wheel, a disk mounted adjacent to said supplemental counter wheel and connected with said cents counter wheel7 a connecting' member f J pivotally mounted thereon Vand adapted to be moved into and out. of operative relation to said supplemental counter wheel, said connecting.r device having` a projection. a trip device pivotally mounted adjacent to said disk and held normally out ot the path ot said projection` an arm connected with said trip device. and a pin carried by said dollars counter wheel and adapted to engage said arm and move said trip device into the path ot' said projection when said dollars wheel is in its Zero position.

l2. ln a computing device, a counter comprising a cents counter wheel and a dollars counter wheel. m ans to actuatc said counter wheels in both directions, to .add to orsulotractfrom the amount registered thereon, av

supplemental. counter wheel comprising a peripheral flange extending,lr across the periphery of the cents counter avlieel, said iange being of less length than the circumference of said supplemental counter Wheel, a disk mounted adjacent to said supplemental counter wheel and connected to and rotatingr with said cents counter Wheel, a spring-pressed pawl pivotally mounted on said disk and having a partv to operatively engage Said supplemental counter-Wheel but held nora-ally out of engagement therewith, a trip device arranged adjacent to said disk and adapted to engage said paWl to move the same into operative engagement with said supplemental counter Wheel, and a dogl carried by said disk to engage 'said pawl and hold it in operative engagement.

'13. ln a computing device, a counter comprising a cents counter wheel and a dollars counter wheel, means to ac'tua'te said counter wheels in both directions. to add to or sulr tract. from the amount registered thereon7 a supplemental counter wheel comprising a peripheral flange extending across the pe riphery of the cents counter Wheeh' said.

and a trip device adapted to engage said pawl to l'nove the same into or out ot operative engagement with said supplemental counter wheel.

l-t. ln a computingA device. a counter comprisinjs a cents counter wheel and a dollars counter wheel, means to actuate said counter wheels in both directions. to add to or suhtract t'rom the amount registered thereon7 a supplemental counter wheel comprising a peripheral flange extending` across the periphery of the cents counter whccl` said tlauge 'being ot' less length than thc circumference ot said supplemental co'unter wheel` a dislt mounted adjacent to said supplemental counter whcel and connected to and rotating with said cents counter wheel, a spring-pressed pawl pirotallv mounted on said disk and havin;Y a part to ojwratively engage said supplemental counter wheel but held normally out otl engagement therewith. a trip devic adapted to engage vsaid pawl to movethe same into or outotl operative engagement with said supplemental counter wheel, and means controlled Irv the position ot said dollars counter whccl to move said trip device into and out, ol' oper-V ative relation to said pawl. l5. ln a computing device. a cents counter wheel, adollar counter wheel. means to more said counter wheels in either direction1 a supplemental counter whccl having' its numeral barring portion arranged in t'ront of l,the numeral hearing` portion of said cents counter wheel and having an opening to expose one ot' the numerals on said cents counter wheel. means l'or holding said supplemental counter wheel normally against rotation. and mans controlled hy the position ot said dollars counter`\\'heel tor connecting said supplen'iental counter wheel with said cents counter wheel.

16. ln a computing device. a cents counter wheel, a dollar counter wheel, mans to move said counter wheels in either direcliom a supplemental counter wheel `having: its numeral heariner portion arral'igcd in front ot the numeral hearinfr portion ot said cents counter wheel and ha'v'imjr` an opening to expose .one ot thc numerals on said cents counter wheel, means for holding said suppleiuental counter Wheel normally against rotation, a connecting' device secured to and rotating with said cents counter Wheel and movable into and out of operative relation to said supplemental counter Wheel; a trip device to engage said connecting device and move the same into or out'osuch operative engagement, and means controlled by the position of said dollars counter wheel to move said trip device. into an operative position.

17. In a computing device, two counter wheels, means to move' said counter WheelsA in either direction, a supplemental Wheel having its numeral bearing portion in front of the numeral bearing portion of one of said counter-Wheels and having an opening to Y expose one of the numerals on' said counter Wheel, said supplemental counter Wheel being' normally held against rotation, and means controlled by the other of said' counter Wheels to cause the operation of said supplemental counter wheel.

18. In a computing device, twocoiinter wheels, means to move said counter Wheelsv in either direction, a. supplemental counter Wheel having its numeral bearing portion arranged in front of the numeral bearing yportion ot' one ot' said counterwheels and having au opening to expose one of the numerals on said counter Wheel, means to cause the operation of said supplemental counter Wheel, said means being normally inoperative, and means controlled by the4 other oi" said counter Wheels to render the first-mentioned means operative.

19, In a computing device, tWo counter wheels, means to move said counter wheels in either direction, a supplemental counter wheel having its numeral bearing portion arranged in front of the numeral bearing portion oi' one of" said counter' wheelsand having` an opening to expose one of the numerals on said counter wheel, an ac tuating device to impart movement to said supplemental counter Wheel, said actuating device being normally disconnected from said su pplen'l'ental counter wheel, aud means controlled by the other of said counter Wheels having its numeral bearing portion extend-vy ing in front of the numeral bearing portion ot the rst-mentionad counter wheel and having an opening to expose a section of the numeral bearing portion of said firstmentioned counter wheel, and means to automatically cause the operation of said supplemental counter Wheel when the countl on said first-mentioned counter Wheel is reduced below zero. f

22. In a device of the character described, al casing having a sight opening, a coin receptacle having an inlet and an outlet, a counter wheel arranged Within said casing to be visible through said sight opening and mounted jfor movement in either direc* tion, counter actuating devices comprising a part ar anged in the path of the coin as it passes through said inlet to actuate the counter wheel in one direction and also comprising a part extending into the path of the coin as it passes through said outlet to actuate said counter wheel in the opposite direction, whereby the operation of said counter Wheel will be directly controlled by `the coins and theamount readable through said sight opening,` will represent the .difl `ference between the coins received and the coins dischargedi-.rom said receptaclefitnd' means coperatingivith said countervvheel to indicate when more coins have been die charged during a given time than h avelzveen received during thatxtime.

23. In' aI device of the character described, a casing` having a sight 'opening`,f"'a coin receptacle having an inlet and an outlet, a counter Wheel arranged within said casing, visible 'through said sight opening and mounted'for movement in either direction, an

f actuating device mounted' on one side of said counter Wheel and comprising a part xtending into the path of the coin as it passes through said inlet; to cause the operation of said counter Wheel in one direction, a separate"actuating device mounted on the other side of said counter wheel andcom-4 prising a pa'rt extending into the path of the coin as it passes through said outlet to cause the operation of said counter Wheel in the opposite direction, whereby/.thei'amount Ireadable through said-sightfopenJ ing will be directljpcontrolled by the coins and will indicate the difference between the ica CIK

coins received and the coins discharged from said receptacle, and means cooperating with aid counter wheel to indicate when more coins have been discharged during' a given time lthan have been received during that time.

245. In a device of the character described, registering mechanism comprising two counter wheels, separate driving members connected with said counter wheels, actuating devices cooperating with the two driving members to actuate the respective counter wheels, an operable member on which both actuating devices are supported, operating mechanism for said member, means for retaining the actuating device for one of said counter wheels normally in inoperative relation to its coperative driving member. said actuating device and the other of Isaid counter wheels having parts arranged 'to cooperate, when said counter' wheel `is in 1)rialetermined position, to move the actuating device for the first-mentioned counter wheel into operative relation to its coperating` driving memloer, whereby the operation of said supporting member will cause both counter wheels to be simultaneously actuated by the respective actuating devices.

In a device of the character described, tv-,o counter wheels arranged. adjacent one to the other to rotate about a common axis,

a driving wheel secured to each counter wheel', actuating pawls for the respective driving wheels, an operable supporting member' on which said actuating pawls are mounted, means to hold one of said pawls normally in an inopgrative position, means to operate, said supporting member to move the two pawls in unison toward and away from the respective driving wheels,- and means controlled by the position of the counter' wheel whose actuating pawl is normally in\ operative position to cause the pawl of the other counter wheel to be moved into operative position to actuate the other counter wheel.

QG. In a device of the character described, two counter wheels arranged adjacent one to the other to rotate about a common axis, a driving wheel carried by each counter .'hecl, actuating \pawls for said .drivingj wheels, a spring to hold one of said pawls normaliy in an inoperative position, means to move the two pawls in unison toward and away from the respective. driving wheels, stop carried bv that counter wheel whose pawl is normally in operative, position, a spring-pressed finger movable with ysaid pawls and adapted to engage said stop when the counter carrying the same has been moved into a prcdeterminial position and means actuated by said finger to causo the pawl for the lother counter' wheel to be moved into an inoperative position.

27. In a device of the character described,

two counter wheels each having a driving wheel secured thereto` an arm having movement toward and away :from said counter wheels, two pawls pivotally mounted on said arm to actuate the respective driving wheels, and means to hold one of said pawls normally in an inoperative position, a linger connected with said inoperative pawl and supported adjacent to the other' pawl, and a stop carried by that counter' wheel whose pawl is normally in an operative position, and arranged to be engaged by said finger when .said counter' wheel is in a predetermined position to move the pawl for the other counter wheel into an operative position.

28. In a' device of the character described,

a shaft having a longitudinal notch` a plurality of counter' wheels rotatably mounted on said shaft, a pawl connected with each of said counter' wheels and adapted to ride over the periphery'oi' said shaft when its counter wheel is rotated in one direction. and a fixed cam to engage said pawl and move it away from said shaft to permit it to pass said notch when said counter wheel is moved in the opposite direction.

29. In a device of the character described, a shaft having a longitudinal notch therein, a counter wheel rotatably mounted on said shaft, a star wheel secured to said counter wheel, actuating pawls arranged yto engage said star wheel lto move said counter wheel in opposite directions, and means coperating with said shaft to cause said lcolinter wheel to rotate with said shaft when the latter is rotatedx in one direction and to permit said counter'wheel to be rotated in either direction.

30. In a device of the character described, a counter wheel having a star wheel secured thereto, pawls cooperating with said star wheel to rotate the counter wheel in opposite directions, a shaft supporting said counter wheel, a pawl carried by said counter wheel and adapted to move about said shaft to permit said counter wheel to be rotated in either direction, said shaft having a part adapted to engage said pawl to reset said counter wheel when said shaft is rotated in one direction.

3l. YIna device of the character described, a shaft having a longitl'idinal notch and a circumferential groove, a counter wheel mounted on said shaft adjacent to said groove a pawl connected with said counter wheel and havingits nose cxtending into saidcircumferential groove. a key slidably mounted in said longitudinal notch and having a notch adapted to be moved into and out of registration with said circumfcrential groove, said key being beveled adjacent to oneedge-of the notch therein.

92. In a device of the character described, the combination with a coin receptacle having a coin slot in one end thereof, and a discharge opening in the other end thereof, and a plunger arranged adjacent to said dischrrge opening to move a coin through the seme, of a registering mechanism comprising a dollars counter wheel and a cents eounter wheel, each of said'eonnter wheels having a star wheel secured thereto, a rock 4arm mounted on each side of said Counter wheels, pawls Carried by the respective rock arms to engage the respective star wheels, a second arm secured to one of said rock arms and extending into the inlet for said CHARLES WM. RIPSCH.

Witnesses F. W. SCHADFER, EDWARD A. REED; 

